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China SC-PC-W Supplier, Manufacturer

Fiber Optic Adapter – the core component for optical communication connections! Supporting multiple interfaces including LC/SC/FC/ST, it’s compatible with both single-mode and multi-mode fibers. Equipped with precision ceramic ferrules for accurate alignment, the insertion loss is ≤0.2dB. Featuring smooth plugging/unplugging, wear resistance, sealed design and anti-interference performance, it’s suitable for data centers, communication base stations, security monitoring and other scenarios. Ensure stable transmission without lag – safeguard your optical links reliably!

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Product Description

As a manufacturer deeply rooted in the field of optical communication components, the SC-PC-W Fiber Optic Adapter has become a "reliable connector" in data transmission links, thanks to its precise design, stable performance, and wide adaptability. It provides efficient solutions for optical communication needs across multiple scenarios.

SC-PC-W Fiber Optic Adapter Connection Detail

Model Nomenclature

"SC" Interface Standard square interface, which enables easy plugging/unplugging and accurate positioning, compatible with mainstream SC-type fiber jumpers and device ports.
"PC" Polishing Physical Contact polishing method. Through ultra-precision polishing technology, the fiber end faces achieve high-degree fitting, significantly reducing the reflection loss of optical signals.
"W" Design White housing design. Clean appearance for easy identification, meets wiring aesthetics, with anti-yellowing performance maintaining a neat appearance over long-term use.

Industrial-Grade Performance

Adhering to industrial-grade high standards, the SC-PC-W Adapter ensures reliability:

High-purity zirconia ceramic ferrules: Features high hardness and wear resistance, ensuring precise alignment even after 10,000 plugging/unplugging cycles.
Low Signal Attenuation: Insertion loss is stably controlled at ≤0.2dB; return loss is ≥50dB, ensuring high-speed data transmission.
Flame-retardant housing: Made of ABS material that has passed the UL94 V-0 flame-retardant certification, and seals against dust and moisture.

Versatile Applications

Suitable for diverse scenarios and demanding deployments:

Ideal for data center high-density wiring, communication base stations, enterprise campus networks, and security monitoring.
Compatible with both single-mode and multi-mode fibers, simplifying procurement and inventory management.
Undergoes 8 strict quality inspection procedures from raw material to insertion loss testing to ensure a 100% qualified rate.

Frequently Asked Questions

What does the model code "SC-PC-W" stand for?

"SC" stands for the standard square interface design; "PC" refers to Physical Contact polishing for low optical reflection; and "W" indicates the white anti-yellowing housing design.

What is the insertion loss and return loss performance of this adapter?

The adapter features high-performance parameters, with insertion loss stably controlled at ≤0.2dB and return loss maintained at ≥50dB, effectively reducing signal attenuation.

Can this adapter be used for both single-mode and multi-mode fibers?

Yes, the SC-PC-W Fiber Optic Adapter is compatible with both single-mode and multi-mode fibers, which helps to simplify your procurement and inventory storage processes.

Does the housing material offer environmental protection or flame resistance?

Yes, the housing is made of flame-retardant ABS material which has passed the UL94 V-0 flame-retardant certification. It also protects against dust and minor moisture intrusion.

How durable is the internal alignment sleeve/ferrule?

The adapter utilizes high-purity zirconia ceramic ferrules. Due to their high hardness and wear resistance, they ensure precise alignment even after 10,000 plugging/unplugging cycles.

What quality checks do these adapters undergo before delivery?

Every fiber optic adapter goes through 8 rigorous quality inspection procedures, including raw material screening, dimensional accuracy checks, insertion loss testing, and plugging/unplugging life tests.